Application Type:Industrial Automation
Product Type:Keyboard Display Module
ID:S7800-A-1050
Honeywell Type Designation:Other
First-out Annunciation:Yes
System Diagnostics Provided:Yes
Display Size:2 Row x 20 Column Vacuum Fluorescent Display (VFD)
Programmable Messages:Yes, including ‘Call Service’
Local or Remote Annunciation:Yes
Expanded Annunciation:Yes, with 24 Limit and Interlock LEDs
Vibration Resistance:0.5 G environment
Weight:0.11 kg
Voltage:13 Vdc peak fullwave rectified (+20/-15%)
ModBus Communication Capable:Yes
Burner Controller Data:Provided
Remote Reset:Available
Certification:Compliant
The Honeywell S7800-A-1050 Keyboard Display Module is engineered with advanced features for seamless integration into complex industrial control systems. It offers an enhanced user interface with customizable expanded annunciator messages, allowing for tailored system diagnostics and first-out annunciation.
This module provides real-time data access through a Vacuum Fluorescent Display (VFD), featuring 2 rows by 20 columns for clear visibility under various lighting conditions. It includes a programmable ‘Call Service’ message that appears during system lockout occurrences, facilitating quick service interventions.
The modular design ensures easy installation and compatibility with a wide range of systems, making it an ideal choice for upgrading or integrating into existing infrastructure. Its robust build quality, combined with IP66 environmental protection, ensures durability in challenging industrial settings.
For enhanced functionality, the Honeywell S7800-A-1050 supports Modbus communication, enabling seamless data exchange with other devices. It also features a built-in vibration resistance mechanism, ensuring stable performance even in highly dynamic industrial environments.
With its compact size and lightweight construction, this module is designed for efficient space utilization without compromising on performance. The Honeywell S7800-A-1050 Keyboard Display Module is a reliable choice for enhancing operational efficiency and accuracy in industrial automation.
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